AVW200 2-Channel Vibrating-Wire Spectrum Analyzer
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In addition to refining the AC excitation, the new method featured in the AVW200 takes advantage of its built-in spectrum... |
AVW206 900-MHz Wireless Vibrating-Wire Spectrum Analyzer
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In addition to refining the AC excitation, the new method featured in the AVW200 series takes advantage of a built-in spectrum... |
AVW211 922-MHz Wireless Vibrating-Wire Spectrum Analyzer
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In addition to refining the AC excitation, the new method featured in the AVW200 series takes advantage of a built-in spectrum... |
AVW216 2.4-GHz Wireless Vibrating-Wire Spectrum Analyzer
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In addition to refining the AC excitation, the new method featured in the AVW200 series takes advantage of a built-in spectrum... |
AVW100 1-Channel Interface for Vibrating Wire Sensors
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AVW1 1-Channel Interface for Vibrating Wire Sensors
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AVW4 4-Channel Interface for Vibrating Wire Sensors
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About Vibrating Wire Interfaces
These interfaces allow our dataloggers to read vibrating wire sensors. Dataloggers that are compatible with our vibrating wire interfaces and vibrating wire sensors include our CR800, CR850, CR10X, CR510, CR1000, CR23X, CR3000, and CR5000. Vibrating wire (or vibrating strip) transducers are commonly used to measure strain, load, pressure, and water level. These sensors output a frequency signal generated by a vibrating filament that can be read on an analog channel. Because frequencies rather than voltage levels are measured, these transducers are often better suited than 4- or 6-wire resistive bridge transducers to applications in electrically noisy environments or those requiring long lead lengths. Vibrating wire transducers also have a reputation for long-term stability.